Singaporean Power Firms Conduct Carbon Capture Feasibility Studies for Low-Carbon Transition
Key Ideas
- Three power generation companies in Singapore are conducting CCS feasibility studies with EMA grants up to $350,000 per project.
- The studies focus on capturing carbon emissions from natural gas combustion and hydrogen production to aid in Singapore's low-carbon transition.
- Singapore aims to reduce greenhouse gas emissions in the energy sector and meet climate targets by utilizing carbon capture technology.
- Feasibility study findings will guide future engineering assessments for deploying CCS to decarbonize the power sector in Singapore.
Three power generation companies in Singapore, namely Keppel, PacificLight Power, and YTL PowerSeraya, are conducting carbon capture and storage (CCS) feasibility studies to aid in the country's transition to a low-carbon future. The Energy Market Authority (EMA) will provide grants of up to $350,000 per project for five selected proposals, with a deadline for completion set for January 31, 2026. These studies will investigate methods to capture carbon emissions in the power sector, particularly focusing on capturing CO2 from natural gas combustion and hydrogen production processes.
Singapore acknowledges the importance of reducing greenhouse gas emissions in the energy sector, with natural gas currently contributing over 90% to the electricity mix. The feasibility studies are part of Singapore's efforts to explore carbon capture technology as a key measure to cut emissions and achieve its 2030 climate targets. The outcomes of these studies will deepen the understanding of CCS pathways in the power sector, help identify infrastructure requirements, and serve as a foundation for future engineering assessments.
By capturing and storing carbon emissions from power plants, Singapore aims to significantly reduce its greenhouse gas emissions by 2030. The country's commitment to exploring CCS technologies reflects its proactive approach to addressing climate change and transitioning towards a more sustainable energy future.
Topics
Power
Technology
Energy Sector
Power Generation
Carbon Capture
Greenhouse Gas Emissions
Feasibility Studies
Climate Targets
Low-carbon Transition
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